//Global--------------------------------------------------------------––––––––––––––––––––––––––––––––––––––––––––––––



//PIN SETUP

//Moisture Read
int sensorPin = A0;
int Moisture_Feed = D0;

//Temperature
int Temp_Read = A2;
int Temp_Feed = D2;

//Light_Value = A1
int PR_Read = A1;
int PR_Feed = D1;

//LEDs
int Blue_LED = D6;
int Green_LED = D5;

//Timer
void print_every_second()
{
    static int count = 0;
    Serial.println(count++);
}

Timer timer(1000, print_every_second);


//SETUP--------------------------------------------------------------––––––––––––––––––––––––––––––––––––––––––––––––

void setup(){
//Creating feed for PR

//Moisture Feed
pinMode(Moisture_Feed, OUTPUT);


//Temperature Feed
pinMode(Temp_Feed, OUTPUT);

//Temperature Feed
pinMode(Temp_Feed, OUTPUT);


//LED Feed
pinMode(Blue_LED, OUTPUT);
pinMode(Green_LED, OUTPUT);

//Light
    //3.3V


//Setting up Monitor
  Serial.begin(9600); // set up serial port for 9600 baud (speed)

  delay(500); // wait for display to boot up
}

//LOOP--------------------------------------------------------------––––––––––––––––––––––––––––––––––––––––––––––––




void loop(){
//Mositure FEED
    digitalWrite(Moisture_Feed, HIGH);



//Sesnor Readins

  //Moisture
  int Moisture_Value;
  Moisture_Value = analogRead(sensorPin);

if (Moisture_Value < 2500) {
     digitalWrite(Blue_LED, HIGH);}
if (Moisture_Value > 2500) {
     digitalWrite(Blue_LED, LOW);}



  //Light
  int Light_Value;
  Light_Value = analogRead(PR_Read);

if (Light_Value < 300) {
     digitalWrite(Green_LED, HIGH);}
if (Light_Value > 400) {
     digitalWrite(Green_LED, LOW);}



  //Temperature
  int Temp_Value;
  Temp_Value = analogRead(Temp_Read);


//Converts to Signal to Voltage
  //sensorValue = ((analogRead(D1)/40));
  //sensorValue = sensorValue/100;
  //sensorValue = sensorValue*3.3;


//Publish Moisture
//Took between if  function from:
//http://forum.arduino.cc/index.php?topic=327601.0

    if (0 <= Moisture_Value && Moisture_Value <= 2500){ // between
    Spark.publish("Moisture", String("Ready to be water.") + "");

    //Timer Non-nagginess
timer.start();
    };
    delay(500);




    if (2501 <= Moisture_Value && Moisture_Value <= 3500){ // between
    Spark.publish("Moisture", String("Still moist.") + "");
timer.reset();
    };
    delay(500);

    if (3501 <= Moisture_Value && Moisture_Value <= 5000){ // between
    Spark.publish("Moisture", String("Wet.") + "");
timer.reset();
    };
    delay(500);

    //Spark.publish("Moisture", String(Moisture_Value) + " fq");




//Publish Light

    if (0 <= Light_Value && Light_Value <= 200){ // between
     Spark.publish("Light", String("Too dark.") + "");
     };
     delay(500);

     if (251 <= Light_Value && Light_Value <= 380){ // between
     Spark.publish("Light", String("Dim.") + "");
     };
     delay(500);

    if (381 <= Light_Value && Light_Value <= 600){ // between
     Spark.publish("Light", String("Well Lit.") + "");
     };
     delay(500);

     if (601 <= Light_Value && Light_Value <= 1000){ // between
     Spark.publish("Light", String("Bright") + "");
     };
     delay(500);



//SERIAL DEBUG--------------------------------------------------------------––––––––––––––––––––––––––––––––––––––––––––––––




//Debugging Serial
    //Moisture:
     //Serial.print("Moisture:");
     //Serial.println(Moisture_Value);

     //Light
     //Serial.print("Light:");
     //Serial.println(Light_Value);

     //Temperature:
     //Serial.print("Temparature:");
     //Serial.println(Temp_Value);



    delay(500);
    }



//--------------------------------------------------------------––––––––––––––––––––––––––––––––––––––––––––––––